Rev 2.3, July 9, 2010

Page 7 of 10

SL38000-15AH

AC Electrical Characteristics (I-Grade)

Unless otherwise stated VDD=VDDO=3.3V+/-10%, CL=15pF and Ambient Temperature range -40 to +85 Deg C

Parameter

Symbol

Condition

Min

Typ

Max

Unit

Input Frequency Range

FIN1

Crystal Resonator

-

25.000

-

MHz

Output Frequency Range

FOUT1

REFOUT, Pin 11, PD#=1

-

25.000

-

MHz

Output Frequency Range

FOUT2

CLK1, Pin 19, OE=1, PD#=1

-

12.000

-

MHz

Output Frequency Range

FOUT3

CLK2, Pin 3, PD#=1

-

125.000

-

MHz

Output Frequency Range

FOUT4

SSCLK1, Pin 14, SSON=0, PD#=1

-

133.333

-

MHz

Output Frequency Range

FOUT5

SSCLK2, Pin 16, SSON=0, PD#=1

-

50.000

-

MHz

Output Duty Cycle

DC1

REFCLK, CLK1/2 and SSCLK1/2

45

50

55

%

Clock Accuracy

PPM

All clocks (Pins 3, 11, 14, 16, 19 )

-1

0

1

ppm

Rise/Fall Time

Tr/f-1

REFOUT, Pin 11, CL=10pF,

VDD=3.3V

-

1.4

4.0

ns

Rise/Fall Time

Tr/f-2

CLK1, Pin 19, CL=10pF,

VDD02=3.3V

-

0.8

1.5

ns

Rise/Fall Time

Tr/f-3

CLK2, Pin 3, CL=10pF,

VDD02=3.3V

-

0.9

1.6

ns

Rise/Fall Time

Tr/f-4

SSCLK1, Pin 14, CL=10pF,

VDD01=3.3V

-

0.8

1.6

ns

Rise/Fall Time

Tr/f-5

SSCLK2, Pin 16, CL=10pF,

VDD03=3.3V

-

1.6

2.4

ns

Cycle-to-Cycle Jitter

CCJ1

REFOUT=25.000MHz, CL=10pF,

Pins 11

-

40

-

ps-

rms

Cycle-to-Cycle Jitter

CCJ2

CLK1=12.000MHz, CL=10pF

Pin 19

-

22

-

ps-

rms

Cycle-to-Cycle Jitter

CCJ3

CLK2=125.000MHz, CL=10pF

Pin 3

-

18

-

ps-

rms

Cycle-to-Cycle Jitter

CCJ4

SSCLK2=50.000MHz, SSON=1,

CL=10pF, Pin 16

-

40

-

ps-

rms

Power-down Time

Time from PD# falling edge to Hi-Z

at outputs (Asynchronous)

-

150

350

ns

Power-up Time

(Crystal)

Time from VDD=3.3V rising edge to

valid output frequency

(Asynchronous)

-

5.0

8.0

ms

Power-up time (PD#)

Time from PD# rising edge to valid

frequency at outputs

(Asynchronous)

0.25

2.0

ms

Output Enable Time

Time from OE rising edge to valid

clock at Pin-19 (Asynchronous)

-

250

400

ns

Output Disable Time

Time from OE falling edge to Hi-Z at

Pin-19 (Asynchronous)

-

200

350

ns